The Faroe Islands

100% renewable by 2030 – the tidal opportunity

In the Faroe Islands, Minesto is part of one of the world’s most ambitious energy transition schemes – to reach 100% renewable energy by 2030. Collaborating with local electric utility company Sev, Minesto is working to pave the way for tidal energy to become a core part of the Faroese energy mix. Minesto and SEV have a collaboration agreement including a power purchase agreement, through which Sev commits to purchase the electricity generated by Minesto’s tidal kite systems.

 

Minesto and the Faroe Islands are pioneering tidal energy, evolving into a role model for islands, coastal and ocean economies around the world in the global energy transition.

A roadmap of 200MW tidal energy array build-out

To support the Faroe Islands’ vision for a sustainable energy system, Minesto has developed a 200MW-plan for large-scale buildout of tidal energy arrays in the Faroe Islands. The detailed, large-scale buildout plan sets out a stepwise installation of tidal kite arrays, each with 20-40 MW installed capacity, at four verified locations. In addition to Minesto’s existing grid-connected site in Vestmannasund, the company points out Hestfjord, Leirviksfjord, Skopunarfjord and Svinoyarfjord as ideal arrays.

With a total capacity of 200 MW tidal energy, the arrays would supply 40% of the Faroe Islands’ growing electricity consumption.

The utility-scale tidal powerplant Dragon 12 – rated at 1.2 MW – was successfully commissioned in February 2024 and delivered its first electricity to the national grid in the Faroe Islands. The Dragon 12 is Minesto’s first tidal energy kite in megawatt-scale. It generated electricity at satisfactory levels in its first phase of operation. The 12-meter wide and 28-ton heavy subsea kite, anchored with a tether to the seabed, is steered in an 8-shaped flight trajectory powered by the tidal flow. Dragon 12 is a 10-times scale-up (from the existing 100 kW Dragon 4) that delivers competitive performance and cost-levels for build-out of large-scale commercial subsea parks of tidal powerplants.

Hestfjord Dragon Farm – a first-of-a-kind tidal energy array

The Hestfjord Dragon Farm is the next step towards the 200 MW build-out ambition. The tidal energy array will consist of six Dragon 12-kites, with a total capacity of 10 MW, in the first phase. The Hestfjord Dragon Farm is a first-of-a-kind tidal energy array.

 

Site development work to assess and compare tidal flow conditions between the existing site in Vestmanna and Hestfjord has confirmed excellent conditions for operation at the site in Hestfjord. Site development activities in Hestfjord are ongoing and include resource modelling and assessment, detailed site optimisation, grid connection, environmental assessments, and monitoring. Upgrades to the local onshore electric distribution grid will be able to accommodate the needs of the Hestfjord tidal farm.

 

 

World’s first tidal kite electricity to grid

In 2020, Minesto reached the milestone of delivering electricity to the Faroese grid from the DG100 tidal kite model in Vestmannasund. This historical achievement – the first time a tidal kite has produced electricity to grid – was the result of a successful installation, testing and commissioning program during the summer and autumn 2020.

An established site

In December 2022, Minesto successfully completed additional offshore infrastructure installation in Vestmannasund, Faroe Islands. The instrastructure installed includes a second foundation, subsea cable, and onshore interface. Minesto also signed a long-term lease agreement with the Vestmanna municipality and Faroese utility company SEV for port access and onshore operations and maintenance (O&M) work site in December 2022. The agreement grants access to a 2,050 m[2] site in the inner harbour of Vestmanna, Inni á Fjørð; including a new grid connection.

 

Global-reaching publicity

Minesto’s project in the Faroe Islands has gained considerable interest of the tidal energy industry in general, and Minesto’s technology in particular. International and national media outlets alike have reported on the Vestmannasund/DGIM project, from CNBC to Ny Teknik.

 

In 2021, Minesto and the project was showcased in a TV documentary on the global streaming service Curiosity Stream.

Substantial opportunity to add tidal energy capacity

The collaboration is the first phase of a long-term ambition to add further tidal energy capacity by Minesto’s technology to the Faroe Island’s energy mix.  The Faroe Islands have set a goal of producing their entire electricity need from renewable energy sources by 2030, including transport and heating.

 

Commenting on the signed agreement in November 2018, Minesto’s CEO Dr Martin Edlund said: “SEV is an advanced customer with a pioneering energy transition agenda and a world-class tidal energy resource. With Minesto’s technology, they can add a predictable and affordable source of clean energy with the potential to play a significant role in Faroes Islands’ transition to 100 percent renewable energy by 2030.”

 

Hákun Djurhuus, CEO of SEV said: “As a remote island society, we don’t have the option of buying electricity from neighbouring countries. We need to create the opportunities for a sustainable future ourselves. Therefore, we are in continuous process of revising our road map to 100 percent clean energy. For the last year, we have carried out tidal stream measurements, as tidal energy at the right cost level can be one important piece of the puzzle, and we are looking forward to exploring that opportunity further together with Minesto and their innovative technology for converting tidal stream energy to clean electricity.”

 

The Deep Green Island Mode Project

In June 2019, Minesto was awarded a €2.5 million grant from the European Commission’s SME Instrument programme. The awarded funding supported the installation of Minesto’s technology in the Faroe Islands together with Faroese utility company SEV through a project named ’Deep Green Island Mode’ (DGIM). The project sponsors considered that the successful demonstration of DGIM will act as a first step to developing commercial ties with utilities across Europe, both for smaller-scale microgrid systems and as a catalyst for the market up take of larger utility-scale Deep Green systems. DGIM enables a cost-efficient way to offer clean, predictable electricity generation to island communities and other remote users.

 

     

This project had received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 872404 and from the Swedish Energy Agency under the programme Marine Energy Conversion – Phase 2.